PACSman file: /home/parkintj/IDL_scripts/PACSman/pacsman_fit.pro PACSman version: 3.5 Number of cycles: 1 Building RA and DEC cubes ___________________________________ ___________________________________ Analyzing raster 1 Number of data points: 1200000 Using the mask file: NII122/cube_raster1_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 1, Pixel 1 1 Sigma-clipping (5-sigma): 984 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10096507 -0.027099804 0.31839313 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.17840736 (0.032486816) 0.0021401061 (0.010860740) 0.051321022 (0.0093452232) Continuum: degree 0, 1, 2, ... -0.10440435 (0.010907013) -0.038920269 (0.015065392) 0.31491187 (0.043357582) Chi^2: 1.61002 Continuum [Jy] = -0.0820394 +/- 0.155254 EQW_rest [um] = -0.18006087 Flux [W m-2] = 4.62329e-18 +/- 1.18875e-18 INTEGRATED FLUX: Flux [W m-2] = 4.15224e-18 +/- 6.71849e-18 ___________________________________ Raster 1, Pixel 1 2 Sigma-clipping (5-sigma): 1044 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24556148 -0.069024297 0.32670247 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13827063 (0.031638197) 0.036159178 (0.014557005) 0.051321022 (0.011742947) Continuum: degree 0, 1, 2, ... -0.19517811 (0.010518436) -0.076388508 (0.014478890) 0.15909196 (0.043087842) Chi^2: 1.59632 Continuum [Jy] = -0.226362 +/- 0.103575 EQW_rest [um] = -0.17565707 Flux [W m-2] = 3.58118e-18 +/- 1.15705e-18 INTEGRATED FLUX: Flux [W m-2] = 6.37051e-18 +/- 6.99946e-18 ___________________________________ Raster 1, Pixel 1 3 Sigma-clipping (5-sigma): 1121 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18036791 0.019188231 0.46044210 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.49035873 (0.032738345) 0.026449398 (0.0040493313) 0.051321022 (0.0034264003) Continuum: degree 0, 1, 2, ... -0.15236458 (0.011194907) 0.026609385 (0.015472494) 0.36232224 (0.046184948) Chi^2: 1.60354 Continuum [Jy] = -0.153437 +/- 0.129827 EQW_rest [um] = -0.49795958 Flux [W m-2] = 1.27022e-17 +/- 1.19748e-18 INTEGRATED FLUX: Flux [W m-2] = 1.46411e-17 +/- 6.90331e-18 ___________________________________ Raster 1, Pixel 1 4 Sigma-clipping (5-sigma): 958 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0010252533 -0.014183046 0.10631776 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13995122 (0.030137545) -0.059564721 (-5.9564724e-05) 0.050589617 (0.010894130) Continuum: degree 0, 1, 2, ... -0.029175282 (0.011250656) -0.015781312 (0.015266284) 0.19058576 (0.044811908) Chi^2: 1.60613 Continuum [Jy] = 0.00522169 +/- 0.127590 EQW_rest [um] = -0.36377909 Flux [W m-2] = 3.57866e-18 +/- 1.08817e-18 INTEGRATED FLUX: Flux [W m-2] = 1.02665e-18 +/- 6.68446e-18 ___________________________________ Raster 1, Pixel 1 5 Sigma-clipping (5-sigma): 1135 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37430363 -0.045619406 0.42744840 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.23844993 (0.027301926) 0.059564721 (5.9564724e-05) 0.051321022 (0.0058761300) Continuum: degree 0, 1, 2, ... -0.30664562 (0.010396542) -0.046879269 (0.014834909) 0.22358188 (0.042199269) Chi^2: 1.59509 Continuum [Jy] = -0.349103 +/- 0.111970 EQW_rest [um] = -0.080656612 Flux [W m-2] = 6.17343e-18 +/- 9.98086e-19 INTEGRATED FLUX: Flux [W m-2] = 5.90706e-18 +/- 5.80862e-18 ___________________________________ Raster 1, Pixel 2 1 Sigma-clipping (5-sigma): 1108 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.067312943 -0.19009142 0.0032204812 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.53657557 (0.027431983) 0.014418313 (0.0030966088) 0.050589617 (0.0025863525) Continuum: degree 0, 1, 2, ... -0.16203235 (0.010885734) -0.18015224 (0.015299799) 0.28583787 (0.044322015) Chi^2: 1.59673 Continuum [Jy] = -0.0671244 +/- 0.119398 EQW_rest [um] = -0.28942298 Flux [W m-2] = 1.37040e-17 +/- 9.89281e-19 INTEGRATED FLUX: Flux [W m-2] = 1.03051e-17 +/- 5.80975e-18 ___________________________________ Raster 1, Pixel 2 2 Sigma-clipping (5-sigma): 1094 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.068088621 -0.12521225 -0.072874555 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.73059087 (0.028620059) 0.0027904984 (0.0024834511) 0.051321022 (0.0020104421) Continuum: degree 0, 1, 2, ... -0.051027072 (0.010652271) -0.13093679 (0.014566199) -0.12491097 (0.042182668) Chi^2: 1.59709 Continuum [Jy] = -0.0723732 +/- 0.147185 EQW_rest [um] = -2.1818642 Flux [W m-2] = 1.89325e-17 +/- 1.04725e-18 INTEGRATED FLUX: Flux [W m-2] = 2.14204e-17 +/- 6.33496e-18 ___________________________________ Raster 1, Pixel 2 3 Sigma-clipping (5-sigma): 1236 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.36777925 -0.11580835 0.34382773 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.45724851 (0.027989896) -0.019420210 (0.0039628495) 0.051321022 (0.0031415522) Continuum: degree 0, 1, 2, ... -0.29064760 (0.010918711) -0.11520694 (0.015637849) 0.11178048 (0.046024384) Chi^2: 1.58561 Continuum [Jy] = -0.347592 +/- 0.140605 EQW_rest [um] = -0.28871979 Flux [W m-2] = 1.18534e-17 +/- 1.02456e-18 INTEGRATED FLUX: Flux [W m-2] = 1.62611e-17 +/- 5.62455e-18 ___________________________________ Raster 1, Pixel 2 4 Sigma-clipping (5-sigma): 1098 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.40010991 -0.058283529 0.41675431 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.35960801 (0.035398232) -0.023656202 (0.0057988657) 0.051321022 (0.0050518159) Continuum: degree 0, 1, 2, ... -0.32800473 (0.012103763) -0.056105741 (0.015758446) 0.20490887 (0.046825952) Chi^2: 1.60395 Continuum [Jy] = -0.375515 +/- 0.125554 EQW_rest [um] = -0.17703442 Flux [W m-2] = 9.32291e-18 +/- 1.29583e-18 INTEGRATED FLUX: Flux [W m-2] = 1.15213e-17 +/- 7.24884e-18 ___________________________________ Raster 1, Pixel 2 5 Sigma-clipping (5-sigma): 1091 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.051650563 -0.031033541 0.096618832 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.20798099 (0.029958344) -0.021599521 (0.0090104476) 0.051321022 (0.0073924680) Continuum: degree 0, 1, 2, ... -0.088681072 (0.011712178) -0.045392238 (0.016067552) 0.21082509 (0.047542295) Chi^2: 1.59753 Continuum [Jy] = -0.0460017 +/- 0.110877 EQW_rest [um] = -0.13484892 Flux [W m-2] = 5.39177e-18 +/- 1.09666e-18 INTEGRATED FLUX: Flux [W m-2] = 2.30536e-18 +/- 6.75406e-18 ___________________________________ Raster 1, Pixel 3 1 Sigma-clipping (5-sigma): 1133 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.36356161 -0.084683875 0.15108476 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.52792568 (0.031850336) 0.0084854341 (0.0037284107) 0.050589617 (0.0030521272) Continuum: degree 0, 1, 2, ... -0.40927821 (0.011837754) -0.089319364 (0.016246427) 0.29226309 (0.049044294) Chi^2: 1.57846 Continuum [Jy] = -0.354636 +/- 0.119463 EQW_rest [um] = -0.16192497 Flux [W m-2] = 1.34844e-17 +/- 1.14873e-18 INTEGRATED FLUX: Flux [W m-2] = 1.32873e-17 +/- 6.92171e-18 ___________________________________ Raster 1, Pixel 3 2 Sigma-clipping (5-sigma): 1085 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.37493569 0.060145510 0.45321781 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.64838761 (0.030303146) -0.0022821220 (0.0029243266) 0.051321022 (0.0023985474) Continuum: degree 0, 1, 2, ... -0.35630789 (0.010869415) 0.074570554 (0.015484862) 0.39961248 (0.045176530) Chi^2: 1.59769 Continuum [Jy] = -0.347992 +/- 0.127642 EQW_rest [um] = -0.25070521 Flux [W m-2] = 1.68037e-17 +/- 1.10893e-18 INTEGRATED FLUX: Flux [W m-2] = 1.74619e-17 +/- 6.51000e-18 ___________________________________ Raster 1, Pixel 3 3 Sigma-clipping (5-sigma): 967 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.037114704 -0.0054133781 -0.057698117 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.24526190 (0.026713897) -0.013143797 (0.0071314548) 0.050589617 (0.0055102150) Continuum: degree 0, 1, 2, ... -0.11522312 (0.010765466) -0.0081742840 (0.014415501) 0.17449290 (0.043055761) Chi^2: 1.61116 Continuum [Jy] = -0.0405810 +/- 0.131638 EQW_rest [um] = -0.067748925 Flux [W m-2] = 6.26676e-18 +/- 9.63820e-19 INTEGRATED FLUX: Flux [W m-2] = 2.37127e-18 +/- 5.93941e-18 ___________________________________ Raster 1, Pixel 3 4 Sigma-clipping (5-sigma): 983 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.082717542 -0.00015600005 -0.042092772 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.14734033 (0.024821563) 0.059564721 (5.9564724e-05) 0.051321022 (0.0086457523) Continuum: degree 0, 1, 2, ... -0.11826222 (0.0098209095) 0.016739652 (0.013237740) 0.071982315 (0.039119477) Chi^2: 1.61956 Continuum [Jy] = -0.0851879 +/- 0.110247 EQW_rest [um] = -0.27890938 Flux [W m-2] = 3.81462e-18 +/- 9.07410e-19 INTEGRATED FLUX: Flux [W m-2] = 5.97751e-18 +/- 5.47994e-18 ___________________________________ Raster 1, Pixel 3 5 Sigma-clipping (5-sigma): 962 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14517154 -0.021720939 0.13550656 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 1.1394368 (0.032416542) 0.00099008961 (0.0017289131) 0.051321022 (0.0014600635) Continuum: degree 0, 1, 2, ... -0.17207157 (0.011155044) -0.024986783 (0.014529522) 0.22274936 (0.043179760) Chi^2: 1.60005 Continuum [Jy] = -0.137249 +/- 0.128168 EQW_rest [um] = -0.84547988 Flux [W m-2] = 2.95282e-17 +/- 1.18620e-18 INTEGRATED FLUX: Flux [W m-2] = 2.92977e-17 +/- 6.74191e-18 ___________________________________ Raster 1, Pixel 4 1 Sigma-clipping (5-sigma): 1090 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18917109 0.23589760 0.19322541 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.44036842 (0.029288860) -0.0062580007 (0.0041562579) 0.051321022 (0.0034133560) Continuum: degree 0, 1, 2, ... -0.14279564 (0.010822311) 0.21106599 (0.014995290) 0.056061901 (0.043904430) Chi^2: 1.60229 Continuum [Jy] = -0.177850 +/- 0.124629 EQW_rest [um] = -0.49651508 Flux [W m-2] = 1.14134e-17 +/- 1.07188e-18 INTEGRATED FLUX: Flux [W m-2] = 1.49555e-17 +/- 6.41862e-18 ___________________________________ Raster 1, Pixel 4 2 Sigma-clipping (5-sigma): 1099 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23694822 -0.18330553 0.042560360 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.32948906 (0.026264555) -0.017625193 (0.0049832817) 0.051321022 (0.0040909517) Continuum: degree 0, 1, 2, ... -0.27786583 (0.010090525) -0.18829026 (0.014444951) 0.16490935 (0.042179603) Chi^2: 1.59739 Continuum [Jy] = -0.234391 +/- 0.156126 EQW_rest [um] = -0.12571035 Flux [W m-2] = 8.54122e-18 +/- 9.61379e-19 INTEGRATED FLUX: Flux [W m-2] = 7.20070e-18 +/- 5.74197e-18 ___________________________________ Raster 1, Pixel 4 3 Sigma-clipping (5-sigma): 1077 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.26351992 0.10038878 0.13812258 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.027371865 (0.027371865) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.27434887 (0.010980471) 0.10042811 (0.014599993) 0.17271357 (0.042378215) Chi^2: 1.59746 Continuum [Jy] = -0.255417 +/- 0.117000 EQW_rest [um] = 0.0086974800 Flux [W m-2] = 7.10039e-19 +/- 1.00260e-18 INTEGRATED FLUX: Flux [W m-2] = -7.00372e-19 +/- 6.04978e-18 ___________________________________ Raster 1, Pixel 4 4 Sigma-clipping (5-sigma): 992 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14681571 -0.15392555 -0.20046532 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.094106988 (0.026624112) 0.027542906 (0.017395559) 0.050589617 (0.014312472) Continuum: degree 0, 1, 2, ... -0.22560849 (0.010312535) -0.15602624 (0.015472013) 0.039002256 (0.042726768) Chi^2: 1.60253 Continuum [Jy] = -0.158601 +/- 0.116336 EQW_rest [um] = 0.0084496247 Flux [W m-2] = 2.40295e-18 +/- 9.59940e-19 INTEGRATED FLUX: Flux [W m-2] = 3.54287e-20 +/- 5.59576e-18 ___________________________________ Raster 1, Pixel 4 5 Sigma-clipping (5-sigma): 945 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10034093 -0.0035648563 -0.021291918 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.22872605 (0.027182965) -0.018985758 (0.0074821400) 0.050589617 (0.0060123271) Continuum: degree 0, 1, 2, ... -0.10450380 (0.010425611) 0.010788366 (0.014413136) -0.0048955300 (0.041562354) Chi^2: 1.60632 Continuum [Jy] = -0.101602 +/- 0.0933139 EQW_rest [um] = -0.30501432 Flux [W m-2] = 5.84481e-18 +/- 9.80838e-19 INTEGRATED FLUX: Flux [W m-2] = 5.92536e-18 +/- 5.43687e-18 ___________________________________ Raster 1, Pixel 5 1 Sigma-clipping (5-sigma): 926 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.022360905 0.052792367 -0.28924594 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029095534 (0.029095534) -0.052876476 (0.028653714) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... 0.0059158003 (0.010789517) 0.038452540 (0.014583233) -0.23876201 (0.042881348) Chi^2: 1.61499 Continuum [Jy] = 0.00525638 +/- 0.0998192 EQW_rest [um] = -13.756669 Flux [W m-2] = 7.43914e-19 +/- 1.05043e-18 INTEGRATED FLUX: Flux [W m-2] = -2.11388e-18 +/- 6.04457e-18 ___________________________________ Raster 1, Pixel 5 2 Sigma-clipping (5-sigma): 1144 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.11585185 -0.038448429 -0.078576480 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029684636 (0.025997849) 0.028011402 (0.051777487) 0.050589617 (0.044306462) Continuum: degree 0, 1, 2, ... 0.10236905 (0.0092508071) -0.035816245 (0.013194399) -0.033472754 (0.038225063) Chi^2: 1.59905 Continuum [Jy] = 0.111081 +/- 0.108441 EQW_rest [um] = 0.023268456 Flux [W m-2] = 7.57970e-19 +/- 9.37352e-19 INTEGRATED FLUX: Flux [W m-2] = 5.40385e-19 +/- 5.42164e-18 ___________________________________ Raster 1, Pixel 5 3 Sigma-clipping (5-sigma): 1129 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.037304855 0.019910674 -0.23283462 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.11789502 (0.029807802) -0.026011650 (0.014643743) 0.050589617 (0.012790746) Continuum: degree 0, 1, 2, ... -0.063558153 (0.011135672) 0.013223071 (0.014395399) -0.15133562 (0.043105080) Chi^2: 1.58765 Continuum [Jy] = -0.0510271 +/- 0.106742 EQW_rest [um] = -0.067607205 Flux [W m-2] = 3.01301e-18 +/- 1.07567e-18 INTEGRATED FLUX: Flux [W m-2] = 9.18772e-19 +/- 6.21991e-18 ___________________________________ Raster 1, Pixel 5 4 Sigma-clipping (5-sigma): 1088 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.10406339 0.023776693 -0.27764860 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.082576332 (0.025420983) 0.059564721 (5.9564724e-05) 0.051321022 (0.015799089) Continuum: degree 0, 1, 2, ... 0.13377505 (0.010038211) 0.018147212 (0.013786866) -0.36435351 (0.039845970) Chi^2: 1.59782 Continuum [Jy] = 0.0874377 +/- 0.122263 EQW_rest [um] = 0.18718490 Flux [W m-2] = 2.13789e-18 +/- 9.29323e-19 INTEGRATED FLUX: Flux [W m-2] = 4.60654e-18 +/- 5.41651e-18 ___________________________________ Raster 1, Pixel 5 5 Sigma-clipping (5-sigma): 905 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12310355 -0.033396383 0.20508170 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.29053805 (0.026037235) -0.046880819 (0.0053930104) 0.051321022 (0.0045992514) Continuum: degree 0, 1, 2, ... -0.12737403 (0.0097637038) -0.038911662 (0.012936299) 0.22939116 (0.037782081) Chi^2: 1.61248 Continuum [Jy] = -0.111038 +/- 0.0810978 EQW_rest [um] = -0.34561385 Flux [W m-2] = 7.53513e-18 +/- 9.53516e-19 INTEGRATED FLUX: Flux [W m-2] = 8.67293e-18 +/- 5.47227e-18 ___________________________________ ___________________________________ Analyzing raster 2 Number of data points: 1200000 Using the mask file: NII122/cube_raster2_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 2, Pixel 1 1 Sigma-clipping (5-sigma): 845 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.017419836 -0.074953708 0.032136888 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.027784986 (0.027784986) 0.059564721 (5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... 0.036460990 (0.010490933) -0.080209761 (0.014641067) -0.033832266 (0.041306362) Chi^2: 1.61390 Continuum [Jy] = 0.0193301 +/- 0.115325 EQW_rest [um] = -0.47578353 Flux [W m-2] = 7.19349e-19 +/- 1.01574e-18 INTEGRATED FLUX: Flux [W m-2] = -2.04513e-18 +/- 5.94612e-18 ___________________________________ Raster 2, Pixel 1 2 Sigma-clipping (5-sigma): 1000 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.066705969 -0.11794574 -0.087241971 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.028148547 (0.028148547) 0.059564721 (5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.045148848 (0.0099479722) -0.13499187 (0.014181543) -0.16682450 (0.040426674) Chi^2: 1.60532 Continuum [Jy] = -0.0718362 +/- 0.113265 EQW_rest [um] = 0.18661140 Flux [W m-2] = 7.28761e-19 +/- 1.02904e-18 INTEGRATED FLUX: Flux [W m-2] = -3.09763e-18 +/- 6.04829e-18 ___________________________________ Raster 2, Pixel 1 3 Sigma-clipping (5-sigma): 1187 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16834788 -0.079424040 0.24369687 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13225970 (0.026475325) 0.059564721 (5.9564724e-05) 0.051321022 (0.010273279) Continuum: degree 0, 1, 2, ... -0.11411726 (0.010382020) -0.078372100 (0.014410831) 0.084561840 (0.041241136) Chi^2: 1.59447 Continuum [Jy] = -0.154094 +/- 0.121600 EQW_rest [um] = -0.21604242 Flux [W m-2] = 3.42418e-18 +/- 9.67867e-19 INTEGRATED FLUX: Flux [W m-2] = 4.95768e-18 +/- 5.69191e-18 ___________________________________ Raster 2, Pixel 1 4 Sigma-clipping (5-sigma): 1066 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.046626918 -0.016979803 0.24158038 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029540380 (0.029540380) 0.059564721 (5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... 0.061256250 (0.010587133) -0.022031773 (0.014584189) 0.20276917 (0.042224526) Chi^2: 1.60765 Continuum [Jy] = 0.0608215 +/- 0.110706 EQW_rest [um] = -0.46884095 Flux [W m-2] = 7.64795e-19 +/- 1.07992e-18 INTEGRATED FLUX: Flux [W m-2] = -6.27277e-18 +/- 6.31929e-18 ___________________________________ Raster 2, Pixel 1 5 Sigma-clipping (5-sigma): 939 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18655082 0.023513992 0.50985981 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.18490964 (0.026911859) 0.059564721 (5.9564724e-05) 0.051321022 (0.0074692924) Continuum: degree 0, 1, 2, ... -0.13271288 (0.010689116) 0.021921608 (0.015617795) 0.34135159 (0.043549038) Chi^2: 1.61540 Continuum [Jy] = -0.156491 +/- 0.121981 EQW_rest [um] = -0.14037180 Flux [W m-2] = 4.78728e-18 +/- 9.83826e-19 INTEGRATED FLUX: Flux [W m-2] = 4.99626e-18 +/- 5.64450e-18 ___________________________________ Raster 2, Pixel 2 1 Sigma-clipping (5-sigma): 1042 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.035997838 -0.14570248 -0.17875645 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.0013009504 (0.027051340) -0.00076966285 (1.2645297) 0.050589617 (1.0519363) Continuum: degree 0, 1, 2, ... -0.077834484 (0.010081688) -0.13964727 (0.012800144) -0.050894544 (0.039290581) Chi^2: 1.58949 Continuum [Jy] = -0.0464646 +/- 0.107031 EQW_rest [um] = 0.26230777 Flux [W m-2] = 3.32342e-20 +/- 9.75797e-19 INTEGRATED FLUX: Flux [W m-2] = -3.00464e-18 +/- 5.85152e-18 ___________________________________ Raster 2, Pixel 2 2 Sigma-clipping (5-sigma): 1024 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16401833 -0.064041527 0.0020963211 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.11113286 (0.027394861) -0.059564721 (-5.9564724e-05) 0.051321022 (0.012650914) Continuum: degree 0, 1, 2, ... -0.12846541 (0.010458439) -0.079857947 (0.013565232) -0.10381987 (0.040452101) Chi^2: 1.61230 Continuum [Jy] = -0.163895 +/- 0.101444 EQW_rest [um] = -0.19849029 Flux [W m-2] = 2.88284e-18 +/- 1.00344e-18 INTEGRATED FLUX: Flux [W m-2] = 4.84718e-18 +/- 5.90456e-18 ___________________________________ Raster 2, Pixel 2 3 Sigma-clipping (5-sigma): 1022 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14438250 -0.077425220 0.23778353 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.026936712 (0.026936712) 0.0079860937 (0.064722873) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.10237125 (0.010155996) -0.073161079 (0.013561124) 0.11705785 (0.040141539) Chi^2: 1.60028 Continuum [Jy] = -0.130421 +/- 0.0999400 EQW_rest [um] = 0.10465687 Flux [W m-2] = 6.88030e-19 +/- 9.71522e-19 INTEGRATED FLUX: Flux [W m-2] = -1.69767e-18 +/- 5.60004e-18 ___________________________________ Raster 2, Pixel 2 4 Sigma-clipping (5-sigma): 1229 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.21122565 -0.0092174320 -0.020190482 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.030453261 (0.030453261) -0.028394780 (0.044009948) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.23578912 (0.010928820) -0.0092638510 (0.014412280) 0.053726643 (0.043404636) Chi^2: 1.56054 Continuum [Jy] = -0.212417 +/- 0.101831 EQW_rest [um] = 0.054377169 Flux [W m-2] = 7.78316e-19 +/- 1.09901e-18 INTEGRATED FLUX: Flux [W m-2] = -2.45987e-18 +/- 6.46434e-18 ___________________________________ Raster 2, Pixel 2 5 Sigma-clipping (5-sigma): 1013 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15221950 -0.12197726 0.024851710 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.12887574 (0.031182227) 0.050909741 (0.015190345) 0.050589617 (0.012240449) Continuum: degree 0, 1, 2, ... -0.16857693 (0.011162172) -0.12525827 (0.015787697) 0.077641597 (0.045846956) Chi^2: 1.60003 Continuum [Jy] = -0.150767 +/- 0.124579 EQW_rest [um] = -0.062471765 Flux [W m-2] = 3.28949e-18 +/- 1.12385e-18 INTEGRATED FLUX: Flux [W m-2] = 2.20177e-18 +/- 6.77010e-18 ___________________________________ Raster 2, Pixel 3 1 Sigma-clipping (5-sigma): 1138 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.11555566 -0.11139690 -0.12222327 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029259575 (0.029259575) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.20752160 (0.011142954) -0.11853782 (0.015731163) 0.14853835 (0.045532790) Chi^2: 1.59909 Continuum [Jy] = -0.122776 +/- 0.112419 EQW_rest [um] = 0.21331053 Flux [W m-2] = 7.59008e-19 +/- 1.07174e-18 INTEGRATED FLUX: Flux [W m-2] = -7.15512e-18 +/- 6.36719e-18 ___________________________________ Raster 2, Pixel 3 2 Sigma-clipping (5-sigma): 1037 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.32913612 -0.085812223 0.39801043 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.27805066 (0.025487757) 0.028229219 (0.0057826762) 0.051321022 (0.0047043864) Continuum: degree 0, 1, 2, ... -0.30093298 (0.010637886) -0.067424258 (0.015175685) 0.30524850 (0.044809625) Chi^2: 1.59760 Continuum [Jy] = -0.305474 +/- 0.148711 EQW_rest [um] = -0.14391843 Flux [W m-2] = 7.20238e-18 +/- 9.32244e-19 INTEGRATED FLUX: Flux [W m-2] = 9.14627e-18 +/- 5.02675e-18 ___________________________________ Raster 2, Pixel 3 3 Sigma-clipping (5-sigma): 1018 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.073541614 0.034896290 -0.093311654 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.17640309 (0.029840937) -0.020815288 (0.010474342) 0.051321022 (0.0086816360) Continuum: degree 0, 1, 2, ... -0.058624507 (0.012264869) 0.034643374 (0.016152805) -0.14121428 (0.047320742) Chi^2: 1.59997 Continuum [Jy] = -0.0791475 +/- 0.153000 EQW_rest [um] = -0.45848903 Flux [W m-2] = 4.57307e-18 +/- 1.09234e-18 INTEGRATED FLUX: Flux [W m-2] = 5.48707e-18 +/- 6.30582e-18 ___________________________________ Raster 2, Pixel 3 4 Sigma-clipping (5-sigma): 1116 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.047540734 -0.063780130 0.13463798 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.024702990 (0.024702990) 0.059564721 (5.9564724e-05) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.040088140 (0.0094548798) -0.062584886 (0.012790023) 0.10603623 (0.037090291) Chi^2: 1.59895 Continuum [Jy] = -0.0396390 +/- 0.0989264 EQW_rest [um] = 0.092394401 Flux [W m-2] = 6.30441e-19 +/- 8.90205e-19 INTEGRATED FLUX: Flux [W m-2] = -1.40266e-18 +/- 5.61684e-18 ___________________________________ Raster 2, Pixel 3 5 Sigma-clipping (5-sigma): 879 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.17379384 -0.047007612 0.16917285 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.046309193 (0.025155298) -0.059564721 (-5.9564724e-05) 0.050589617 (0.027480438) Continuum: degree 0, 1, 2, ... -0.17271528 (0.010016188) -0.055281082 (0.013471692) 0.16746559 (0.039440039) Chi^2: 1.59867 Continuum [Jy] = -0.163903 +/- 0.105431 EQW_rest [um] = 0.047253648 Flux [W m-2] = 1.18416e-18 +/- 9.08278e-19 INTEGRATED FLUX: Flux [W m-2] = -1.15837e-18 +/- 5.43928e-18 ___________________________________ Raster 2, Pixel 4 1 Sigma-clipping (5-sigma): 1074 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.27065398 0.11528955 0.44674614 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.35899095 (0.030144546) 0.012552838 (0.0052217631) 0.051321022 (0.0043094371) Continuum: degree 0, 1, 2, ... -0.17391548 (0.011114868) 0.097461478 (0.014954491) 0.16718461 (0.043979575) Chi^2: 1.61547 Continuum [Jy] = -0.244478 +/- 0.124940 EQW_rest [um] = -0.35831732 Flux [W m-2] = 9.30138e-18 +/- 1.10285e-18 INTEGRATED FLUX: Flux [W m-2] = 1.26826e-17 +/- 6.37757e-18 ___________________________________ Raster 2, Pixel 4 2 Sigma-clipping (5-sigma): 936 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18337483 -0.11150433 0.046517113 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.22219612 (0.026575391) -0.013475316 (0.0073706062) 0.050589617 (0.0060506855) Continuum: degree 0, 1, 2, ... -0.17919453 (0.010180440) -0.11676003 (0.013771402) 0.035942959 (0.040861483) Chi^2: 1.61655 Continuum [Jy] = -0.180580 +/- 0.125832 EQW_rest [um] = -0.16993517 Flux [W m-2] = 5.67743e-18 +/- 9.58828e-19 INTEGRATED FLUX: Flux [W m-2] = 6.30257e-18 +/- 5.85978e-18 ___________________________________ Raster 2, Pixel 4 3 Sigma-clipping (5-sigma): 1081 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.063806123 -0.060021777 -0.30559729 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.22185964 (0.029171783) 0.036524034 (0.0078654036) 0.050589617 (0.0066519055) Continuum: degree 0, 1, 2, ... -0.012950303 (0.010843879) -0.063075792 (0.015295863) -0.066194438 (0.044733100) Chi^2: 1.60571 Continuum [Jy] = 0.0458781 +/- 0.138519 EQW_rest [um] = 0.89223347 Flux [W m-2] = 5.66419e-18 +/- 1.05164e-18 INTEGRATED FLUX: Flux [W m-2] = 5.47676e-20 +/- 5.95276e-18 ___________________________________ Raster 2, Pixel 4 4 Sigma-clipping (5-sigma): 909 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.22312621 -0.092557304 0.089830990 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.15896909 (0.030376910) 0.025232418 (0.011841247) 0.050589617 (0.0096670133) Continuum: degree 0, 1, 2, ... -0.27077097 (0.011707654) -0.083657210 (0.017122746) 0.23724852 (0.047901227) Chi^2: 1.61594 Continuum [Jy] = -0.217845 +/- 0.126444 EQW_rest [um] = -0.00052771942 Flux [W m-2] = 4.05931e-18 +/- 1.09529e-18 INTEGRATED FLUX: Flux [W m-2] = 4.07343e-19 +/- 6.53554e-18 ___________________________________ Raster 2, Pixel 4 5 Sigma-clipping (5-sigma): 851 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16224843 0.049926104 0.18618703 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.16745373 (0.025104748) -0.026615376 (0.0093795713) 0.051321022 (0.0076940737) Continuum: degree 0, 1, 2, ... -0.13591359 (0.0098519455) 0.057459647 (0.013482392) 0.11459755 (0.039284504) Chi^2: 1.60772 Continuum [Jy] = -0.151214 +/- 0.0913123 EQW_rest [um] = -0.18261939 Flux [W m-2] = 4.34148e-18 +/- 9.19061e-19 INTEGRATED FLUX: Flux [W m-2] = 4.99051e-18 +/- 5.45621e-18 ___________________________________ Raster 2, Pixel 5 1 Sigma-clipping (5-sigma): 965 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.049415944 -0.063167391 -0.023606024 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.12568540 (0.027723186) 0.027629018 (0.013849385) 0.050589617 (0.011158857) Continuum: degree 0, 1, 2, ... 0.069474252 (0.010823914) -0.065450831 (0.015151798) -0.081293823 (0.043666728) Chi^2: 1.62178 Continuum [Jy] = 0.0480200 +/- 0.135362 EQW_rest [um] = 0.26415503 Flux [W m-2] = 3.20928e-18 +/- 9.99566e-19 INTEGRATED FLUX: Flux [W m-2] = 3.20189e-18 +/- 6.06744e-18 ___________________________________ Raster 2, Pixel 5 2 Sigma-clipping (5-sigma): 1004 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.089274711 -0.016740868 -0.10765017 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.36645868 (0.026217110) 0.012844106 (0.0044162207) 0.050589617 (0.0036192718) Continuum: degree 0, 1, 2, ... 0.084833071 (0.0094388527) -0.010366733 (0.013073690) -0.087677347 (0.038118977) Chi^2: 1.61149 Continuum [Jy] = 0.0827423 +/- 0.111310 EQW_rest [um] = 0.39079603 Flux [W m-2] = 9.35951e-18 +/- 9.45493e-19 INTEGRATED FLUX: Flux [W m-2] = 6.73654e-18 +/- 5.69455e-18 ___________________________________ Raster 2, Pixel 5 3 Sigma-clipping (5-sigma): 1109 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0077244023 -0.13302934 -0.34909537 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.33922047 (0.027049465) -0.0079676001 (0.0049420374) 0.050589617 (0.0040340197) Continuum: degree 0, 1, 2, ... -0.038750012 (0.011020574) -0.12188935 (0.015554233) -0.26208801 (0.045382937) Chi^2: 1.59352 Continuum [Jy] = -0.0282986 +/- 0.161356 EQW_rest [um] = -1.0106537 Flux [W m-2] = 8.66679e-18 +/- 9.75844e-19 INTEGRATED FLUX: Flux [W m-2] = 8.31464e-18 +/- 5.95962e-18 ___________________________________ Raster 2, Pixel 5 4 Sigma-clipping (5-sigma): 989 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.016934080 0.080172718 0.011187493 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.35221680 (0.028863174) -0.015143846 (0.0049769810) 0.051321022 (0.0042056131) Continuum: degree 0, 1, 2, ... 0.037312409 (0.010918249) 0.073211794 (0.014169521) -0.041045127 (0.042726571) Chi^2: 1.60713 Continuum [Jy] = 0.0176040 +/- 0.147979 EQW_rest [um] = 1.4006783 Flux [W m-2] = 9.13002e-18 +/- 1.05645e-18 INTEGRATED FLUX: Flux [W m-2] = 8.75128e-18 +/- 6.08975e-18 ___________________________________ Raster 2, Pixel 5 5 Sigma-clipping (5-sigma): 949 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.12166769 -0.023849259 0.25280796 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.39183163 (0.027027231) -0.042466086 (0.0041237720) 0.051321022 (0.0035399519) Continuum: degree 0, 1, 2, ... -0.10743400 (0.010093118) -0.041337288 (0.012832080) 0.22145659 (0.037571751) Chi^2: 1.59805 Continuum [Jy] = -0.106794 +/- 0.107860 EQW_rest [um] = -0.55282104 Flux [W m-2] = 1.01614e-17 +/- 9.89699e-19 INTEGRATED FLUX: Flux [W m-2] = 1.09128e-17 +/- 5.09286e-18 ___________________________________ ___________________________________ Analyzing raster 3 Number of data points: 1200000 Using the mask file: NII122/cube_raster3_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 3, Pixel 1 1 Sigma-clipping (5-sigma): 942 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.094957583 -0.070266523 -0.0024666855 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.10374733 (0.029828616) -0.021723418 (0.017488366) 0.051321022 (0.014755416) Continuum: degree 0, 1, 2, ... 0.11139285 (0.010645345) -0.060108969 (0.014450884) -0.064877291 (0.042160607) Chi^2: 1.62414 Continuum [Jy] = 0.0948110 +/- 0.162978 EQW_rest [um] = 0.14173260 Flux [W m-2] = 2.68958e-18 +/- 1.09191e-18 INTEGRATED FLUX: Flux [W m-2] = 2.79359e-18 +/- 6.20496e-18 ___________________________________ Raster 3, Pixel 1 2 Sigma-clipping (5-sigma): 913 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.043677693 -0.053845664 0.012076988 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.026763026 (0.026763026) 0.027397309 (0.010023756) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... 0.0012929207 (0.010418737) -0.065900339 (0.014186423) -0.12754494 (0.041907147) Chi^2: 1.60080 Continuum [Jy] = -0.0429675 +/- 0.0938106 EQW_rest [um] = -2.2840820 Flux [W m-2] = 6.83376e-19 +/- 9.64950e-19 INTEGRATED FLUX: Flux [W m-2] = -6.31932e-19 +/- 5.89927e-18 ___________________________________ Raster 3, Pixel 1 3 Sigma-clipping (5-sigma): 986 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.15935476 -0.086334569 0.087640778 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.028384642 (0.028384642) -0.016259105 (0.057150963) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... 0.20534037 (0.0099479457) -0.077369619 (0.014042483) -0.057422368 (0.040132460) Chi^2: 1.61845 Continuum [Jy] = 0.164481 +/- 0.110361 EQW_rest [um] = 0.078714532 Flux [W m-2] = 7.25302e-19 +/- 1.02415e-18 INTEGRATED FLUX: Flux [W m-2] = 2.54788e-18 +/- 6.33048e-18 ___________________________________ Raster 3, Pixel 1 4 Sigma-clipping (5-sigma): 849 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.10512843 -0.10128433 0.092937757 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.025287951 (0.025287951) 0.059564721 (5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... 0.086360886 (0.0097445561) -0.10958758 (0.013596354) 0.14980448 (0.038820273) Chi^2: 1.61581 Continuum [Jy] = 0.110593 +/- 0.0992850 EQW_rest [um] = -0.31660699 Flux [W m-2] = 6.54701e-19 +/- 9.24460e-19 INTEGRATED FLUX: Flux [W m-2] = -4.61167e-18 +/- 5.55575e-18 ___________________________________ Raster 3, Pixel 1 5 Sigma-clipping (5-sigma): 939 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.21386664 -0.13121195 0.38204044 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.026524068 (0.026524068) -0.013960487 (0.028975850) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.14038171 (0.0099154442) -0.12658116 (0.013714819) 0.15385938 (0.039928243) Chi^2: 1.63364 Continuum [Jy] = -0.191331 +/- 0.148361 EQW_rest [um] = -0.017452351 Flux [W m-2] = 6.77734e-19 +/- 9.56984e-19 INTEGRATED FLUX: Flux [W m-2] = 1.27520e-18 +/- 5.57749e-18 ___________________________________ Raster 3, Pixel 2 1 Sigma-clipping (5-sigma): 856 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.014656276 -0.075558625 -0.25056983 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.024476835 (0.024476835) 0.059564721 (5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.029856318 (0.0097246742) -0.071114815 (0.012924339) -0.12032445 (0.037970980) Chi^2: 1.61320 Continuum [Jy] = -1.53928e-05 +/- 0.0991469 EQW_rest [um] = 1.1301147 Flux [W m-2] = 6.33701e-19 +/- 8.94808e-19 INTEGRATED FLUX: Flux [W m-2] = -5.83340e-18 +/- 5.14154e-18 ___________________________________ Raster 3, Pixel 2 2 Sigma-clipping (5-sigma): 988 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15034008 -0.059076518 -0.052103388 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.15044302 (0.028346440) -0.052563264 (0.011533482) 0.051321022 (0.0096698955) Continuum: degree 0, 1, 2, ... -0.10694756 (0.010183359) -0.063964892 (0.013641769) -0.17860351 (0.039274649) Chi^2: 1.60541 Continuum [Jy] = -0.153402 +/- 0.0933690 EQW_rest [um] = -0.21992484 Flux [W m-2] = 3.90212e-18 +/- 1.03818e-18 INTEGRATED FLUX: Flux [W m-2] = 4.47141e-18 +/- 6.02444e-18 ___________________________________ Raster 3, Pixel 2 3 Sigma-clipping (5-sigma): 1177 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.27339405 -0.13407899 0.27709461 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.12720325 (0.028365557) -0.026072953 (0.013366685) 0.051321022 (0.011444278) Continuum: degree 0, 1, 2, ... -0.24481454 (0.010560921) -0.13570306 (0.014448069) 0.19355054 (0.042618551) Chi^2: 1.59757 Continuum [Jy] = -0.257125 +/- 0.141099 EQW_rest [um] = -0.057322266 Flux [W m-2] = 3.29790e-18 +/- 1.03843e-18 INTEGRATED FLUX: Flux [W m-2] = 2.10430e-18 +/- 5.96187e-18 ___________________________________ Raster 3, Pixel 2 4 Sigma-clipping (5-sigma): 1110 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24879631 -0.024875573 0.11897754 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.16523779 (0.025573201) -0.059564721 (-5.9564724e-05) 0.051321022 (0.0079427521) Continuum: degree 0, 1, 2, ... -0.22217107 (0.0099480908) -0.026242412 (0.013618413) 0.041418735 (0.039209726) Chi^2: 1.60909 Continuum [Jy] = -0.241771 +/- 0.109031 EQW_rest [um] = -0.11707095 Flux [W m-2] = 4.28635e-18 +/- 9.36717e-19 INTEGRATED FLUX: Flux [W m-2] = 5.34588e-18 +/- 5.28677e-18 ___________________________________ Raster 3, Pixel 2 5 Sigma-clipping (5-sigma): 978 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.16749147 -0.076149406 0.42005824 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.10791004 (0.028650347) -0.059564721 (-5.9564724e-05) 0.051321022 (0.013625841) Continuum: degree 0, 1, 2, ... -0.18385725 (0.011068520) -0.095335740 (0.014892017) 0.47071588 (0.044737490) Chi^2: 1.60204 Continuum [Jy] = -0.142932 +/- 0.102222 EQW_rest [um] = -0.087515846 Flux [W m-2] = 2.79924e-18 +/- 1.04943e-18 INTEGRATED FLUX: Flux [W m-2] = 3.53913e-18 +/- 6.43308e-18 ___________________________________ Raster 3, Pixel 3 1 Sigma-clipping (5-sigma): 1128 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20456752 0.00013520595 0.039249575 FIT RESULT: Flux is zero, setting it to upper limit. Spectral line: signal peak, central wavelength, sigma of gaussian 0.032131042 (0.032131042) -0.022530607 (0.036591177) 0.050987185 (0.039649403) Continuum: degree 0, 1, 2, ... -0.27136440 (0.012644895) -0.0097969526 (0.015734322) 0.23112205 (0.048501378) Chi^2: 1.58778 Continuum [Jy] = -0.202249 +/- 0.0949916 EQW_rest [um] = 0.084484270 Flux [W m-2] = 8.27570e-19 +/- 1.04673e-18 INTEGRATED FLUX: Flux [W m-2] = -4.66439e-18 +/- 6.40106e-18 ___________________________________ Raster 3, Pixel 3 2 Sigma-clipping (5-sigma): 1071 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.21123127 -0.020265070 0.15852062 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.21010445 (0.028348891) 0.043823453 (0.0081958776) 0.051321022 (0.0069246229) Continuum: degree 0, 1, 2, ... -0.20165607 (0.010509196) -0.013939835 (0.014397243) 0.13095848 (0.042155341) Chi^2: 1.59226 Continuum [Jy] = -0.201801 +/- 0.110807 EQW_rest [um] = -0.18974766 Flux [W m-2] = 5.44097e-18 +/- 1.03663e-18 INTEGRATED FLUX: Flux [W m-2] = 7.72376e-18 +/- 5.94149e-18 ___________________________________ Raster 3, Pixel 3 3 Sigma-clipping (5-sigma): 996 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.12857695 0.058123763 -0.20004820 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.044300949 (0.023549239) -0.016753080 (0.033813688) 0.050589617 (0.026892133) Continuum: degree 0, 1, 2, ... 0.078107424 (0.010034338) 0.041556528 (0.012807001) -0.047488471 (0.038887643) Chi^2: 1.59630 Continuum [Jy] = 0.116551 +/- 0.119553 EQW_rest [um] = -0.074625856 Flux [W m-2] = 1.13201e-18 +/- 8.49692e-19 INTEGRATED FLUX: Flux [W m-2] = -1.09298e-18 +/- 5.26189e-18 ___________________________________ Raster 3, Pixel 3 4 Sigma-clipping (5-sigma): 1146 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.053361711 0.067846410 -0.069437744 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.060906994 (0.026289256) -0.041398528 (0.027239120) 0.050589617 (0.021835972) Continuum: degree 0, 1, 2, ... 0.0081038272 (0.0096247289) 0.066906567 (0.012782085) 0.070479584 (0.037016437) Chi^2: 1.58505 Continuum [Jy] = 0.0492865 +/- 0.112833 EQW_rest [um] = 3.2482074 Flux [W m-2] = 1.55698e-18 +/- 9.48939e-19 INTEGRATED FLUX: Flux [W m-2] = -4.12535e-18 +/- 5.75999e-18 ___________________________________ Raster 3, Pixel 3 5 Sigma-clipping (5-sigma): 825 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.013720487 -0.060797258 -0.026636832 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.027135913 (0.027135913) -0.044981324 (0.020765905) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.042099201 (0.010427315) -0.068707841 (0.014234529) 0.055157680 (0.041183093) Chi^2: 1.61633 Continuum [Jy] = -0.0152788 +/- 0.106451 EQW_rest [um] = 0.22837691 Flux [W m-2] = 6.93721e-19 +/- 9.79557e-19 INTEGRATED FLUX: Flux [W m-2] = -1.77395e-18 +/- 5.52353e-18 ___________________________________ Raster 3, Pixel 4 1 Sigma-clipping (5-sigma): 967 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.28616581 0.14331708 0.61326198 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.19561618 (0.030668024) -0.059564721 (-5.9564724e-05) 0.051321022 (0.0080459313) Continuum: degree 0, 1, 2, ... -0.24119929 (0.011616568) 0.11978716 (0.015005806) 0.48630553 (0.044138704) Chi^2: 1.61831 Continuum [Jy] = -0.250234 +/- 0.119429 EQW_rest [um] = -0.25385981 Flux [W m-2] = 5.07438e-18 +/- 1.12333e-18 INTEGRATED FLUX: Flux [W m-2] = 1.21145e-17 +/- 6.73508e-18 ___________________________________ Raster 3, Pixel 4 2 Sigma-clipping (5-sigma): 878 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.038647834 -0.13411016 -0.21977350 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.078318986 (0.025731028) -0.031251478 (0.020208997) 0.050589617 (0.016620783) Continuum: degree 0, 1, 2, ... -0.0052574163 (0.0096682382) -0.14165814 (0.013562831) -0.083009709 (0.039238430) Chi^2: 1.61043 Continuum [Jy] = 0.0254437 +/- 0.0990343 EQW_rest [um] = -1.2907517 Flux [W m-2] = 2.00175e-18 +/- 9.28635e-19 INTEGRATED FLUX: Flux [W m-2] = -9.18193e-19 +/- 5.51337e-18 ___________________________________ Raster 3, Pixel 4 3 Sigma-clipping (5-sigma): 1192 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.0064381442 0.0016294018 -0.059459597 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029285820 (0.029285820) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.0038399760 (0.010896180) 0.0017939134 (0.014956097) -0.028778106 (0.043758440) Chi^2: 1.58946 Continuum [Jy] = 0.00294992 +/- 0.119273 EQW_rest [um] = 1.8975046 Flux [W m-2] = 7.59688e-19 +/- 1.07271e-18 INTEGRATED FLUX: Flux [W m-2] = -1.45187e-18 +/- 6.35838e-18 ___________________________________ Raster 3, Pixel 4 4 Sigma-clipping (5-sigma): 970 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23184455 -0.0087214006 0.025763323 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.027661421 (0.027661421) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.25698261 (0.010919146) -0.0090719495 (0.015389727) 0.098711256 (0.043399330) Chi^2: 1.58607 Continuum [Jy] = -0.230330 +/- 0.0896359 EQW_rest [um] = 0.074591594 Flux [W m-2] = 7.17551e-19 +/- 1.01321e-18 INTEGRATED FLUX: Flux [W m-2] = -4.03815e-18 +/- 6.15621e-18 ___________________________________ Raster 3, Pixel 4 5 Sigma-clipping (5-sigma): 1119 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.085243158 0.039653291 0.19950438 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.086233762 (0.026631590) 0.059564721 (5.9564724e-05) 0.051321022 (0.015849482) Continuum: degree 0, 1, 2, ... -0.094706551 (0.010191824) 0.045215824 (0.013952943) 0.22463756 (0.040869517) Chi^2: 1.58172 Continuum [Jy] = -0.0734117 +/- 0.113518 EQW_rest [um] = -0.19006795 Flux [W m-2] = 2.23258e-18 +/- 9.73580e-19 INTEGRATED FLUX: Flux [W m-2] = 3.78114e-18 +/- 5.86462e-18 ___________________________________ Raster 3, Pixel 5 1 Sigma-clipping (5-sigma): 972 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.048536254 -0.14755908 -0.16755346 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.030232694 (0.030232694) -0.052496112 (0.010078420) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.088292106 (0.011435024) -0.15114765 (0.015874089) -0.046391077 (0.046700037) Chi^2: 1.61126 Continuum [Jy] = -0.0584445 +/- 0.123337 EQW_rest [um] = 0.27346637 Flux [W m-2] = 7.72984e-19 +/- 1.09148e-18 INTEGRATED FLUX: Flux [W m-2] = -6.37430e-18 +/- 6.48803e-18 ___________________________________ Raster 3, Pixel 5 2 Sigma-clipping (5-sigma): 939 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.017213667 0.0012627386 -0.021376138 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.024387880 (0.024387880) -0.054345986 (0.0090407655) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.026612756 (0.0097435598) -0.0016852348 (0.013741783) 0.11291054 (0.039056407) Chi^2: 1.62124 Continuum [Jy] = 0.0159165 +/- 0.102919 EQW_rest [um] = 1.2201966 Flux [W m-2] = 6.32579e-19 +/- 8.93224e-19 INTEGRATED FLUX: Flux [W m-2] = -6.84601e-18 +/- 5.21541e-18 ___________________________________ Raster 3, Pixel 5 3 Sigma-clipping (5-sigma): 994 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0086997531 -0.0063436973 -0.038268481 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.028916018 (0.028916018) 0.048046241 (0.0088547373) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.0044790484 (0.010939656) -0.015184644 (0.014330398) -0.051496901 (0.043832745) Chi^2: 1.60839 Continuum [Jy] = -0.0109565 +/- 0.102259 EQW_rest [um] = 4.6291057 Flux [W m-2] = 7.48772e-19 +/- 1.05729e-18 INTEGRATED FLUX: Flux [W m-2] = -6.17928e-18 +/- 6.05744e-18 ___________________________________ Raster 3, Pixel 5 4 Sigma-clipping (5-sigma): 1131 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0068433724 -0.033222442 -0.32807584 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.025162543 (0.025162543) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.036934682 (0.010102154) -0.037140086 (0.013835928) -0.23773323 (0.040389444) Chi^2: 1.60293 Continuum [Jy] = -0.0265006 +/- 0.134109 EQW_rest [um] = 0.11964892 Flux [W m-2] = 6.52729e-19 +/- 9.21675e-19 INTEGRATED FLUX: Flux [W m-2] = -7.66064e-19 +/- 5.34551e-18 ___________________________________ Raster 3, Pixel 5 5 Sigma-clipping (5-sigma): 986 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.15907280 -0.12326834 0.19138425 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.19071763 (0.027911254) -0.033296164 (0.0088841772) 0.051321022 (0.0075107589) Continuum: degree 0, 1, 2, ... -0.17441776 (0.010091553) -0.13584335 (0.013092350) 0.23853658 (0.038469130) Chi^2: 1.59861 Continuum [Jy] = -0.147806 +/- 0.105321 EQW_rest [um] = -0.11351299 Flux [W m-2] = 4.94517e-18 +/- 1.02192e-18 INTEGRATED FLUX: Flux [W m-2] = 4.04440e-18 +/- 5.91409e-18 ___________________________________ ___________________________________ Analyzing raster 4 Number of data points: 1200000 Using the mask file: NII122/cube_raster4_mask.fits Remove this file if you want the mask to be recalculated ___________________________________ Raster 4, Pixel 1 1 Sigma-clipping (5-sigma): 924 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.12834598 -0.12246089 0.0079998219 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029934717 (0.029934717) -0.053262468 (0.0089606673) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... 0.10921323 (0.010557383) -0.12085745 (0.014432308) 0.049207870 (0.042514495) Chi^2: 1.62127 Continuum [Jy] = 0.128821 +/- 0.0935402 EQW_rest [um] = -0.29400869 Flux [W m-2] = 7.76441e-19 +/- 1.09636e-18 INTEGRATED FLUX: Flux [W m-2] = -6.50310e-18 +/- 6.38681e-18 ___________________________________ Raster 4, Pixel 1 2 Sigma-clipping (5-sigma): 1153 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.23107084 -0.044667195 0.10564633 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.031231199 (0.031231199) 0.032429661 (0.039004669) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.19730334 (0.010980867) -0.048951031 (0.014760841) -0.017268590 (0.044139525) Chi^2: 1.58506 Continuum [Jy] = -0.224858 +/- 0.115299 EQW_rest [um] = -0.048260353 Flux [W m-2] = 7.97402e-19 +/- 1.12596e-18 INTEGRATED FLUX: Flux [W m-2] = 1.53512e-18 +/- 6.71528e-18 ___________________________________ Raster 4, Pixel 1 3 Sigma-clipping (5-sigma): 989 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.067012750 -0.14984006 0.0072283811 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.11892243 (0.027402173) 0.059564721 (5.9564724e-05) 0.051321022 (0.011825418) Continuum: degree 0, 1, 2, ... 0.079054739 (0.010898611) -0.14291245 (0.015265945) -0.045654284 (0.044569156) Chi^2: 1.63368 Continuum [Jy] = 0.0674358 +/- 0.135739 EQW_rest [um] = 0.18182618 Flux [W m-2] = 3.07888e-18 +/- 1.00175e-18 INTEGRATED FLUX: Flux [W m-2] = 3.13465e-18 +/- 5.66661e-18 ___________________________________ Raster 4, Pixel 1 4 Sigma-clipping (5-sigma): 946 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.012398581 -0.15701449 0.30903665 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.078354519 (0.028201813) -0.040034376 (0.021153234) 0.050589617 (0.018208509) Continuum: degree 0, 1, 2, ... -0.013588423 (0.0096909980) -0.16373371 (0.013066427) 0.39026276 (0.038402667) Chi^2: 1.61785 Continuum [Jy] = 0.0305567 +/- 0.0970992 EQW_rest [um] = -5.1070373 Flux [W m-2] = 2.00294e-18 +/- 1.01795e-18 INTEGRATED FLUX: Flux [W m-2] = 7.67060e-20 +/- 5.79900e-18 ___________________________________ Raster 4, Pixel 1 5 Sigma-clipping (5-sigma): 1033 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19770510 -0.10532432 0.46151197 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.027248626 (0.027248626) -0.011517628 (0.040769275) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.14068374 (0.010560756) -0.099654825 (0.014300087) 0.27893173 (0.041555409) Chi^2: 1.61277 Continuum [Jy] = -0.170496 +/- 0.141942 EQW_rest [um] = -0.043706075 Flux [W m-2] = 6.96220e-19 +/- 9.83086e-19 INTEGRATED FLUX: Flux [W m-2] = 1.97704e-18 +/- 5.55121e-18 ___________________________________ Raster 4, Pixel 2 1 Sigma-clipping (5-sigma): 967 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.063902849 -0.14449528 -0.12810270 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.025600302 (0.025600302) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.11501936 (0.0097639668) -0.13684349 (0.013117148) 0.021982682 (0.037794087) Chi^2: 1.60238 Continuum [Jy] = -0.0714037 +/- 0.0832422 EQW_rest [um] = 0.18055765 Flux [W m-2] = 6.64084e-19 +/- 9.37710e-19 INTEGRATED FLUX: Flux [W m-2] = -4.02106e-18 +/- 5.53854e-18 ___________________________________ Raster 4, Pixel 2 2 Sigma-clipping (5-sigma): 1077 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19119260 -0.057104963 0.17512194 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.24910031 (0.030222418) -0.039344108 (0.0073715854) 0.051321022 (0.0062265894) Continuum: degree 0, 1, 2, ... -0.13929392 (0.010767745) -0.059571089 (0.014066826) 0.018160460 (0.041554816) Chi^2: 1.58834 Continuum [Jy] = -0.180903 +/- 0.113185 EQW_rest [um] = -0.36604671 Flux [W m-2] = 6.45964e-18 +/- 1.10665e-18 INTEGRATED FLUX: Flux [W m-2] = 1.01694e-17 +/- 6.38626e-18 ___________________________________ Raster 4, Pixel 2 3 Sigma-clipping (5-sigma): 1062 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.030355904 -0.039240013 0.33109168 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.19428485 (0.029964225) -0.025642820 (0.0091966912) 0.051321022 (0.0079151548) Continuum: degree 0, 1, 2, ... 0.029078952 (0.0099344407) -0.042430920 (0.013492074) 0.15290910 (0.039507860) Chi^2: 1.59331 Continuum [Jy] = -0.0109160 +/- 0.105874 EQW_rest [um] = 1.3623542 Flux [W m-2] = 5.03704e-18 +/- 1.09694e-18 INTEGRATED FLUX: Flux [W m-2] = 8.19470e-18 +/- 6.13423e-18 ___________________________________ Raster 4, Pixel 2 4 Sigma-clipping (5-sigma): 1101 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13705378 -0.096734827 0.26292928 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.048863389 (0.027688702) 0.059564721 (5.9564724e-05) 0.051321022 (0.029081333) Continuum: degree 0, 1, 2, ... -0.11103892 (0.011152989) -0.092417870 (0.015192983) 0.18216071 (0.043856312) Chi^2: 1.59222 Continuum [Jy] = -0.121527 +/- 0.112913 EQW_rest [um] = -0.19023856 Flux [W m-2] = 1.26506e-18 +/- 1.01223e-18 INTEGRATED FLUX: Flux [W m-2] = 4.77503e-18 +/- 6.31019e-18 ___________________________________ Raster 4, Pixel 2 5 Sigma-clipping (5-sigma): 954 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.24741211 -0.021447439 0.27051902 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.12724030 (0.029268368) -0.045500018 (0.013806881) 0.050589617 (0.011636844) Continuum: degree 0, 1, 2, ... -0.25160187 (0.010779870) -0.034535119 (0.014964182) 0.28089415 (0.043512722) Chi^2: 1.61249 Continuum [Jy] = -0.231596 +/- 0.112751 EQW_rest [um] = -0.11436225 Flux [W m-2] = 3.25288e-18 +/- 1.05654e-18 INTEGRATED FLUX: Flux [W m-2] = 5.60838e-18 +/- 6.08373e-18 ___________________________________ Raster 4, Pixel 3 1 Sigma-clipping (5-sigma): 1110 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.18698605 -0.0079297650 -0.092354413 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.029060111 (0.029060111) -0.059564721 (-5.9564724e-05) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.20572654 (0.010910583) -0.021959299 (0.015306194) -0.036347806 (0.044440044) Chi^2: 1.59876 Continuum [Jy] = -0.192442 +/- 0.0878938 EQW_rest [um] = 0.15816004 Flux [W m-2] = 7.43090e-19 +/- 1.04927e-18 INTEGRATED FLUX: Flux [W m-2] = -6.86472e-18 +/- 6.07860e-18 ___________________________________ Raster 4, Pixel 3 2 Sigma-clipping (5-sigma): 957 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.21949736 -0.012652191 0.34360801 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.26488929 (0.029557423) 0.059564721 (5.9564724e-05) 0.051321022 (0.0057266080) Continuum: degree 0, 1, 2, ... -0.19716611 (0.010797294) -0.00070347753 (0.014995919) 0.27880017 (0.044380419) Chi^2: 1.61301 Continuum [Jy] = -0.199070 +/- 0.127148 EQW_rest [um] = -0.22792164 Flux [W m-2] = 6.85794e-18 +/- 1.08054e-18 INTEGRATED FLUX: Flux [W m-2] = 9.12404e-18 +/- 6.34437e-18 ___________________________________ Raster 4, Pixel 3 3 Sigma-clipping (5-sigma): 1001 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.096266788 0.063939537 0.13687283 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.058985385 (0.025359871) -0.059564721 (-5.9564724e-05) 0.050589617 (0.021750238) Continuum: degree 0, 1, 2, ... -0.13145444 (0.010208636) 0.055863509 (0.013572002) 0.24418678 (0.040340200) Chi^2: 1.60110 Continuum [Jy] = -0.0880440 +/- 0.113743 EQW_rest [um] = -0.022359023 Flux [W m-2] = 1.50830e-18 +/- 9.15665e-19 INTEGRATED FLUX: Flux [W m-2] = 4.24664e-19 +/- 5.78846e-18 ___________________________________ Raster 4, Pixel 3 4 Sigma-clipping (5-sigma): 1045 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.029334040 -0.045449281 -0.0049165192 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.049472036 (0.025466174) -0.059564721 (-5.9564724e-05) 0.050589617 (0.026041459) Continuum: degree 0, 1, 2, ... -0.036638354 (0.0096156594) -0.031099550 (0.013177643) 0.020632476 (0.038324885) Chi^2: 1.60060 Continuum [Jy] = -0.0296226 +/- 0.0967843 EQW_rest [um] = 0.10114828 Flux [W m-2] = 1.26504e-18 +/- 9.19503e-19 INTEGRATED FLUX: Flux [W m-2] = -2.80911e-19 +/- 5.57243e-18 ___________________________________ Raster 4, Pixel 3 5 Sigma-clipping (5-sigma): 831 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.022193006 -0.072649587 -0.32734952 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.027916096 (0.027916096) 0.054736225 (0.0062226590) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.038143003 (0.0099816024) -0.087934904 (0.013607812) -0.27834554 (0.039270285) Chi^2: 1.63504 Continuum [Jy] = -0.0413550 +/- 0.0967618 EQW_rest [um] = 0.89604421 Flux [W m-2] = 7.22800e-19 +/- 1.02062e-18 INTEGRATED FLUX: Flux [W m-2] = -9.32216e-18 +/- 6.15519e-18 ___________________________________ Raster 4, Pixel 4 1 Sigma-clipping (5-sigma): 1043 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.14929663 0.16170708 0.29100588 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.26416704 (0.031186175) 0.032615332 (0.0071360936) 0.050589617 (0.0059723448) Continuum: degree 0, 1, 2, ... -0.15245179 (0.011873306) 0.15852875 (0.014755813) 0.31058974 (0.044845370) Chi^2: 1.60957 Continuum [Jy] = -0.132246 +/- 0.138294 EQW_rest [um] = -0.27117441 Flux [W m-2] = 6.74475e-18 +/- 1.12433e-18 INTEGRATED FLUX: Flux [W m-2] = 7.86964e-18 +/- 6.62864e-18 ___________________________________ Raster 4, Pixel 4 2 Sigma-clipping (5-sigma): 876 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.076617024 -0.075574817 -0.0011040330 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.024625892 (0.024625892) 0.045679571 (0.029900124) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... -0.13210905 (0.0092412485) -0.067899227 (0.013980384) 0.16415538 (0.038718367) Chi^2: 1.60571 Continuum [Jy] = -0.0766834 +/- 0.106548 EQW_rest [um] = 0.071517950 Flux [W m-2] = 6.28617e-19 +/- 8.87629e-19 INTEGRATED FLUX: Flux [W m-2] = -1.68759e-18 +/- 5.27041e-18 ___________________________________ Raster 4, Pixel 4 3 Sigma-clipping (5-sigma): 1026 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.10456376 0.080451248 0.18991387 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.074448718 (0.029227984) 0.059564721 (5.9564724e-05) 0.050589617 (0.019861088) Continuum: degree 0, 1, 2, ... -0.17286811 (0.010691557) 0.086593686 (0.014528912) 0.39848283 (0.042032157) Chi^2: 1.59729 Continuum [Jy] = -0.0934224 +/- 0.100600 EQW_rest [um] = 0.035328910 Flux [W m-2] = 1.90000e-18 +/- 1.05327e-18 INTEGRATED FLUX: Flux [W m-2] = -1.18859e-18 +/- 6.02538e-18 ___________________________________ Raster 4, Pixel 4 4 Sigma-clipping (5-sigma): 947 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.22196654 -0.15106911 0.17726742 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.028266773 (0.028266773) -0.032069914 (0.020394963) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... -0.25656273 (0.010834727) -0.14952472 (0.015894529) 0.28684468 (0.045677478) Chi^2: 1.59355 Continuum [Jy] = -0.211545 +/- 0.0932774 EQW_rest [um] = 0.13074000 Flux [W m-2] = 7.32923e-19 +/- 1.03491e-18 INTEGRATED FLUX: Flux [W m-2] = -5.83732e-18 +/- 6.10776e-18 ___________________________________ Raster 4, Pixel 4 5 Sigma-clipping (5-sigma): 991 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.13378322 0.066852983 0.33409365 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.019710603 (0.026987357) -0.038854430 (0.085867053) 0.050589617 (0.069266274) Continuum: degree 0, 1, 2, ... -0.12776334 (0.0099871403) 0.072805758 (0.013908689) 0.31483914 (0.039799596) Chi^2: 1.59383 Continuum [Jy] = -0.113970 +/- 0.104829 EQW_rest [um] = -0.092688212 Flux [W m-2] = 5.03844e-19 +/- 9.74097e-19 INTEGRATED FLUX: Flux [W m-2] = 2.13790e-18 +/- 5.97362e-18 ___________________________________ Raster 4, Pixel 5 1 Sigma-clipping (5-sigma): 957 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.055927831 -0.012069384 -0.065991793 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.031038024 (0.029579702) 0.035000276 (0.057714040) 0.050589617 (0.048212665) Continuum: degree 0, 1, 2, ... 0.036908450 (0.010558117) -0.017515167 (0.014624499) -0.0077088874 (0.043236317) Chi^2: 1.61096 Continuum [Jy] = 0.0520254 +/- 0.0988942 EQW_rest [um] = -0.11931747 Flux [W m-2] = 7.92436e-19 +/- 1.06637e-18 INTEGRATED FLUX: Flux [W m-2] = -9.31716e-19 +/- 6.24057e-18 ___________________________________ Raster 4, Pixel 5 2 Sigma-clipping (5-sigma): 1005 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.055365469 -0.013513464 0.17971391 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.025908563 (0.025908563) -0.059564721 (-5.9564724e-05) 0.051321022 (0.051321022) Continuum: degree 0, 1, 2, ... 0.062267627 (0.0098040880) -0.011849030 (0.013464540) 0.16150437 (0.039268677) Chi^2: 1.61079 Continuum [Jy] = 0.0662708 +/- 0.110512 EQW_rest [um] = -0.36633075 Flux [W m-2] = 6.72081e-19 +/- 9.49001e-19 INTEGRATED FLUX: Flux [W m-2] = -4.96750e-18 +/- 5.58744e-18 ___________________________________ Raster 4, Pixel 5 3 Sigma-clipping (5-sigma): 1160 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.062605175 -0.086964880 -0.39743347 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.028038537 (0.028038537) -0.057572049 (0.018278085) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... 0.051169679 (0.010224009) -0.086559881 (0.013797101) -0.36166975 (0.040760244) Chi^2: 1.58656 Continuum [Jy] = 0.0391678 +/- 0.0893538 EQW_rest [um] = -0.18684633 Flux [W m-2] = 7.16944e-19 +/- 1.01235e-18 INTEGRATED FLUX: Flux [W m-2] = -1.07186e-18 +/- 6.08132e-18 ___________________________________ Raster 4, Pixel 5 4 Sigma-clipping (5-sigma): 953 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.0066922695 -0.11933082 -0.20140466 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.026339163 (0.026339163) 0.018321639 (0.020859577) 0.050589617 (0.050589617) Continuum: degree 0, 1, 2, ... 0.076693186 (0.0096741083) -0.14045778 (0.013918117) -0.41675757 (0.039779180) Chi^2: 1.61835 Continuum [Jy] = -0.00536794 +/- 0.146624 EQW_rest [um] = -0.26607803 Flux [W m-2] = 6.72653e-19 +/- 9.49809e-19 INTEGRATED FLUX: Flux [W m-2] = -5.07525e-19 +/- 5.59853e-18 ___________________________________ Raster 4, Pixel 5 5 Sigma-clipping (5-sigma): 941 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.0074868828 -0.071118469 0.18854361 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.15457529 (0.026775045) -0.041087001 (0.010384045) 0.051321022 (0.0088896661) Continuum: degree 0, 1, 2, ... 0.0058838632 (0.0097094845) -0.074081670 (0.012577237) 0.15215589 (0.037373234) Chi^2: 1.60820 Continuum [Jy] = 0.00360587 +/- 0.0958360 EQW_rest [um] = -20.493170 Flux [W m-2] = 4.00854e-18 +/- 9.80442e-19 INTEGRATED FLUX: Flux [W m-2] = 4.67253e-18 +/- 5.62257e-18